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## nk\mtH[́A܂܂Ȓnk̑OۂAnk\m̌Ȃǒnk\mɊւbfłB

### etH[

L̓eҏWs܂BpX[h͓e҂RɌ߂܂Be̋LҏWE폜Ɏgp܂̂ŁAYȂ悤ɂĉB

^Cg > nC̘bAŏ݂܂̂ŁAF֘Aƒnϓ̘_fڂĂ܂B > ̎Ǝv܂B > https://www.ann-geophys.net/36/633/2018/ > We found that the signal of the solar rotational period in the thunder and lightning activity increases as the solar activity increases. In this study, we also discuss the possibility of the impact of the long-term climatological conditions on the signals of the 27-day period in thunder/lightning activities. > L] > > ẑQVTCNƃJ~i̔̑֊֌WLƂ_łB > > n̊ł̓J~i̔񐔂zQVԂƂ̑֊֌WÕ̋L^ؖƂƂłB > > ƂĂ > nkv[g֘AJ~i痝͓̂Ǝv܂A傫ڂ̒nkƂ̊֘A킩悤ɂȂ邩m܂B

y[W擪

### Re^5: plgpALEGAϓ (-)

NO.24274@ 2018/05/11 Fri 08:57@ҏW

nC̘bAŏ݂܂̂ŁAF֘Aƒnϓ̘_fڂĂ܂B
̎Ǝv܂B
https://www.ann-geophys.net/36/633/2018/
We found that the signal of the solar rotational period in the thunder and lightning activity increases as the solar activity increases. In this study, we also discuss the possibility of the impact of the long-term climatological conditions on the signals of the 27-day period in thunder/lightning activities.
L]

ẑQVTCNƃJ~i̔̑֊֌WLƂ_łB

n̊ł̓J~i̔񐔂zQVԂƂ̑֊֌WÕ̋L^ؖƂƂłB

ƂĂ
nkv[g֘AJ~i痝͓̂Ǝv܂A傫ڂ̒nkƂ̊֘A킩悤ɂȂ邩m܂B

y[W擪

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